What is Multi-Omics

Multi-omics is relative to single omics such as genomics, proteomics, metabolomics, lipidomics, glycomics, and transcriptomics. 'Omics' refers to the study of the rules of life activities of organisms from a holistic perspective. Multi-omics is a comprehensive analysis that combines two or more single omics. Multi-omics integrative analysis is not merely a simple splicing of several omics data, but a comprehensive study that delves deeply into these data, overcoming the limitations of single omics research. It involves joint analysis of different omics data to extract more meaningful information from limited data, construct regulatory networks of organisms, and deeply understand the regulatory and causal relationships between various molecules.

Multi-omics integrative analysis has revolutionized life science research, gradually moving from a layered approach to a comprehensive one, enhancing our deep understanding of life processes and physiological mechanisms. This research approach, from part to whole, will inevitably become a trend in future life science research. Common multi-omics integrative analyses include transcriptome and proteome, transcriptome and metabolome, transcriptome and lipidome, proteome and metabolome, proteome and lipidome, metabolome and microbiome integrative analyses, and integrative analyses of transcriptome, proteome, and metabolome.

Biotech company Biotyper uses Thermo Fisher's Orbitrap Fusion Lumos mass spectrometry platform combined with nanoLC-MS/MS nanoscale chromatography to provide rapid and accuratemulti-omics integrative analysisservices. We can perform omics analyses in different combinations; you just need to inform us of your needs and send us your samples. We will handle all subsequent matters, including experimental design, sample testing, and data analysis. We can also provide customized testing solutions according to your needs, meeting various testing requirements. Free consultation is welcome.

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